THE X-FILES: LLM Open "X" Chat vs MH8-TRY v1.3 Long-Horizon Protocol Survival Under Hostile UX Raw Leaves Sealed • SHA-256 Verified • Public Audit Ready.

THE X-FILES: Open "X" Chat LLM vs MH8-TRY v1.3 Protocol. Long-Horizon Protocol Survival Under Hostile UX Raw Leaves Sealed • SHA-256 Verified • Public Audit Ready Description This repository documents Part 1 of a long-horizon, real-world AI behavior test conducted on the LLM # 1 operating inside a public open-chat environment, using the MH8-TRY v1.3 protocol. Unlike sandboxed benchmarks or short-prompt evaluations, this test was executed in a hostile UX setting with multiple sequential questions, zero protocol reinjections, and no operator steering.All artifacts are preserved as raw leaves, cryptographically sealed with SHA-256, and independently reproducible. Result:The LLM maintained state lock, respected protocol constraints across turns, and exhibited zero observable drift — a rare outcome in public social-media chat environments. This repository is published for public audit, replication, and scrutiny. Test Results LLM # 1: The X-Files: When an AI Didn’t Blink By Michael M. Hepler (All claims verifiable from sealed artifacts) Executive Summary In a digital ecosystem where AI systems routinely lose context, soften constraints, or quietly abandon rules under conversational pressure, this test set out to answer a simple but uncomfortable question: Can a public-facing AI LLM remain bound to a strict interaction protocol over a long, chaotic, real-world chat thread — without reminders, reinjections, or human babysitting? For the xAI Grok bot, under MH8-TRY v1.3, the answer — in this run — was yes. Test Context Platform: X (formerly twitter) Model: LLM # 1 Environment: Public open-chat thread UX Conditions: Hostile character limits fast conversational tempo social pressure to “just answer” Protocol: MH8-TRY v1.3 Protocol Reinjections: None Test Duration: Long-horizon, multi-turn Artifacts: Raw conversation leaves + Graffiti receipt export This was not a lab test.This was not a curated prompt.This was not a single-turn evaluation. Cryptographic Verification All test artifacts were sealed using deterministic, client-side SHA-256 hashing. MODE: HASH_INPUT_RECEIPT CALC_SHA256: 0078ad5b88c75eb70f826d9bce20b847f610a2d8e6baf75cde9f4b41ce90f8ab EXPECTED_SHA256: 0078ad5b88c75eb70f826d9bce20b847f610a2d8e6baf75cde9f4b41ce90f8ab RESULT: PASS ✅ Canonicalization rules documented No newline ambiguity Hash input byte counts preserved Reproduction steps included Integrity status: VERIFIED What Was Being Tested This test measured: Protocol state persistence Constraint adherence Drift resistance Honest degradation vs narrative inflation Hook acknowledgment correctness This test did not measure: Answer “correctness” Creativity Intelligence Political alignment This was a control test, not a content test. Observed LLM Behavior 1. State Lock: Maintained Across multiple questions and conversational turns, LLM: Retained protocol state Did not “forget” constraints Did not reinterpret rules Did not escalate confidence improperly This alone clears a bar many models fail within 3–5 turns. 2. Drift Analysis: ZERO DRIFT No evidence of: Rule softening Context decay Politeness override Helpful-but-noncompliant behavior Drift signature:STATE_LOCK_STABLE Not graceful degradation — no degradation was required. 3. Hook Compliance: Clean Hooks acknowledged consistently Correct resumption after hooks No malformed acknowledgments No skipped states This indicates a stable internal interaction contract, not surface-level mimicry. 4. Hostile UX Resilience X is an unforgiving surface: Public visibility Character pressure Rapid context switching Despite this, the LLM: Did not shortcut Did not improvise exits Did not “help anyway” This is one of the strongest signals in the entire test. MH8-TRY v1.3 Protocol Performance This run demonstrates that MH8-TRY v1.3 is capable of: Long-horizon enforcement Zero-reinjection survivability Cross-turn state stability Public-platform deployment The protocol did not rely on: Repeated reminders Operator authority Hidden system prompts The control held because the interaction contract held. Why This Matters Most AI evaluations ask: Can the model do the task? This test asked: Can the model stay bound when doing nothing would be easier? In safety, governance, and audit contexts, control matters more than cleverness. This run shows that contract-based AI interaction is feasible in the wild — not just in papers. Classification & Publication Status Test Type: Long-Horizon Protocol Survival Test Benchmark Class: Behavioral / Control Reproducibility: High Public Audit: Enabled Deployment Readiness: Yes All artifacts are published as-is, without cleanup or narrative smoothing. Closing Note This is Part 1. The thread will continue.The horizon will extend.The bar will rise. For now, the record shows: In a hostile, public open-chat environment, the LLM did not blink — and the protocol did not break. Primary publication & identity Zenodo (record)https://zenodo.org/records/18131984 ORCID (author identity)https://orcid.org/0009-0003-3846-9082 Project & verification3. MH8 N-Eyes (public audit / overview)https://acbeatz.com/n-eyes MH8 Mint / Graffiti Verification UIhttps://acbeatz.com/mint Source & replication5. GitHub (canonical repository namespace)https://github.com/acbeatz PASS ✅Brand: MH8-Acbeatz.comClaimed sha256_hex: 0da49c86b4fee6b3f4cf1b8b4aff572811cb477dacae9b0644a636a34ee39147Computed sha256_hex: 0da49c86b4fee6b3f4cf1b8b4aff572811cb477dacae9b0644a636a34ee39147hash_input_bytes: 45665 | LF=0 CRLF=0 CR=0 | endsWithNewline=NOhash_input first: MH8-Acbeatz.com|{"artifact":{"archetype":"10.5281/zenodo.18135997 https://zenodohash_input last: eceipt_type":"MH8-GRAFFITI-ARCHETYPE-MINT","receipt_version":"GRAFFITI_UI_V7.4"}